IELHK111-1-72-40.0-01-V

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Circuit breakers form an important component of electrical systems and are used to curb power flow accompanied by an unavoidable rise in voltage. The IELHK111-1-72-40.0-01-V circuit breaker is an especially reliable device due to its ability to lock-out circuits and accommodate thermals and electrical operations of multiple-pole configurations. This article outlines the application areas of the IELHK111-1-72-40.0-01-V circuit breaker as well as its working principle.

Application Field: The IELHK111-1-72-40.0-01-V circuit breaker offers multi-functionality and can find its use in numerous areas. It is suitable for a wide range of commercial uses such as switchgear, panel-boards, and control-gear. Additionally, the IELHK111-1-72-40.0-01-V is well suited for transformers, motors, switchboards, distribution-boards, and feeders. Furthermore, the circuit breaker may be used for protection in industrial plants, rigs, marinas, and other high-voltage networks. Lastly, this device may be employed in residential and commercial premises for ensuring the safety of critical assets.

Working Principle: The IELHK111-1-72-40.0-01-V circuit breaker relies on a thermal magnetic device for monitoring the power quality of any electrical system. It works on the principles of heat transfer through the metal enclosing, even with a minuscule rise in the temperature of its internal components. Once the thermal detection of the IELHK111-1-72-40.0-01-V detects a surge of power, it diverts the current with a combination of magnetic and thermal force, effectively engaging the motor’s system of rotating contacts. This brings the power to an immediate halt and hence, protects the system from overloads and potential damage, all within the time frame of 1-2 cycles.

The IELHK111-1-72-40.0-01-V circuit breaker is a reliable device with great versatility and has multiple applications across commercial and residential sectors. It functions by first sensing a surge in temperature and then, tripping the electrical system by manipulating the physical principles of heat and magnetism. This device is thus pivotal in constricting the flow of current if the voltage rises unwarrantedly, preventing potentially hazardous electrical damages from occurring in a short span of time.

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